Portable net and deployment system

ABSTRACT

A containment system for use by a user and an assistant to be thrown by the user onto a fugitive disposed between the User and the assistant. The containment system includes: a net having a perimeter and a center; a first weight disposed at the perimeter; a second weight disposed at the perimeter; a primary weight connected to the net; a user one-way cord lock; and a user cord disposed through the user one-way cord lock and associated with the perimeter, The user one-way cord lock enables one-way movement of the user cord therethrough when pulled upon so as to constrict the net at the perimeter.

The present application is a continuation of U.S. patent applicationSer. No. 15/347,047, filed on claims priority from: U.S. ProvisionalApplication No. 62/253,187 filed Nov. 9, 2016.

BACKGROUND

Embodiments of the invention relate to less lethal restraining systems.

Currently, law enforcement officers have limited tools available torestrain and secure fugitives that are physically out of control.Typically, an officer has a handgun, Taser, baton and/or their personalstrength/fists to use to bring a combative fugitive under control sothat the fugitive can be handcuffed. These tools require the officer tooverwhelm the fugitive with force and all too often bring injury tothose involved. All of the tools are aggressive and can lead to claimsof police brutality.

There exists a need for a system and method for restraining andcapturing a fugitive, while minimizing injury to the fugitive andofficers.

SUMMARY

Aspects of the present invention are drawn to a containment system foruse by a user and an assistant to be thrown by the user onto a fugitivedisposed between the user and the assistant. The containment systemincludes: a net having a perimeter and a center; a first weight disposedat the perimeter; a second weight disposed at the perimeter; a primaryweight connected to the net; a user one-way cord lock; and a user corddisposed through the user one-way cord lock and associated with theperimeter. The user one-way cord lock enables one-way movement of theuser cord therethrough when pulled upon so as to constrict the net atthe perimeter.

BRIEF SUMMARY OF THE DRAWINGS

The accompanying drawings, which are incorporated in and form a part ofthe specification, illustrate example embodiments and, together with thedescription, serve to explain the principles of the invention. In thedrawings:

FIG. 1 illustrates an example containment system in accordance withaspects of the present invention;

FIG. 2 illustrates an exploded view of a user end of the examplecontainment system of FIG. 1;

FIG. 3 .illustrates an exploded view of a user one-way cord lock of theexample containment system of FIG. 1;

FIG. 4 illustrates an exploded view of a central portion of the examplecontainment system of FIG. 1;

FIG. 5 illustrates an exploded view of a lateral weight of the examplecontainment system of FIG. 1;

FIG. 6 illustrates an exploded view of a soft weight of the examplecontainment system of FIG. 1;

FIG. 7 illustrates an exploded view of spacer tubes of the examplecontainment system of FIG. 1 when constricted;

FIG. 8 illustrates an exploded view of a mid-level hobble of the examplecontainment system of FIG. 1;

FIG. 9 illustrates an exploded view of an upper-level hobble of theexample containment system of FIG. 1;

FIG. 10 illustrates an exploded view of a mid-level net release of theexample containment system of FIG. 1;

FIG. 11 illustrates an exploded view of an upper-level net release ofthe example containment system of FIG. 1;

FIG. 12 illustrates an exploded view of an assistant end of the examplecontainment system of FIG. 1;

FIG. 13 illustrates an example deployment system in accordance withaspects of the present invention;

FIG. 14 illustrates the deployment system of FIG. 13 in an opened state;

FIG. 15 illustrates an exploded view of a launch pad of the deploymentsystem of FIG. 13;

FIG. 16 illustrates an exploded view of a left soft weight spring clipof the deployment system of FIG. 13;

FIG. 17 illustrates a first>step of placement of the containment systemof FIG. 1 in the deployment system of FIG. 13;

FIG. 18 illustrates a following step of placement of the containmentsystem of FIG. 1 in the deployment system of FIG. 13

FIG. 19 illustrates a final step of placement of the containment systemof FIG. 1 in the deployment system of FIG. 13;

FIG. 20 illustrates a lateral weight disposed within a lateral weightreceiving groove

FIG. 21 illustrates an officer with the deployment system of FIG. 13;

FIG. 22 illustrates an officer with the deployment system of FIG. 13, anassisting officer and a fugitive at a time t₁;

FIG. 23 illustrates the operation of the targeting system of FIG. 13 ata time t₂;

FIG. 24 illustrates launching of the containment system of FIG. 1 fromthe deployment system of FIG. 13 at a time t₃;

FIG. 25 illustrates the containment system of FIG. 1 starting tosurround the fugitive at a time t₄;

FIG. 26 illustrates the containment system of FIG. 1 continuing tosurrounding the fugitive at a time t₅;

FIG. 27 illustrates the containment system of FIG. 1 surrounding thefugitive at a time t₆;

FIG. 28 illustrates containment system of FIG. 1 being constrictedaround the fugitive at a timer t₇;

FIG. 29 illustrates a mid-level hobble of containment system of FIG. 1being employed against the fugitive at a time t₈;

FIG. 30 illustrates the mid-level hobble being fully tightened aroundthe fugitive at a time t₉;

FIG. 31 illustrates another view of the mid-level hobble cord around thefugitive at time t₉;

FIG. 32 illustrates the upper-level hobble of containment system of FIG.1 being employed against the fugitive at a time t₁₀;

FIG. 33 illustrates another view of the upper-level hobble cord aroundthe fugitive at time t₁₀;

FIG. 34 illustrates the use of a mid-level net release of FIG. 1 at atime t₁₁;

FIG. 35 illustrates releasing of the upper-level hobble at a time t₁₂;

FIG. 36 illustrates accessing the hands of the fugitive through the slitat a time t₁₃;

FIG. 37 illustrates releasing the fugitive via the upper-level slit at atime t₁₄;

FIG. 38 illustrates removing the conical net from the fugitive at a timet₁₅; and

FIG. 39 illustrates fully removing the conical net from the fugitive ata time t₁₆.

DETAILED DESCRIPTION

Aspects of the present invention are drawn to a portable net that isdeployed over and around a fugitive and then tightened around thecircumference to safely restrain and secure the fugitive so that theycannot escape or physically attack others.

This invention is a portable net that is deployed over and around afugitive and then tightened around the circumference to safely restrainand secure the fugitive so that they cannot escape or physically attackothers. The net is carried and deployed over the fugitive by one officerand secured around the fugitive with or without the assistance of asecond officer. Because the portable net is a nonviolent tool, it can besafely used to restrain males or females of all ages.

The term “officer” is used here to refer to people with theresponsibility and authority to restrain and secure individuals. Theterm fugitive is used here to refer to an individual who (1) has brokenthe law or (2) is disorderly and must be brought under control or (3) isa suspect that must be restrained without being three to the groundperson carrying a suspicious package).

The net is thrown over part or the entire fugitive to be secured andthen tightened by one or more cords to gather and lock the netcircumference around the fugitive. The fugitive can be restrained andsecured while in many positions (a single individual standing,crouching, sitting on the ground, on their hands and knees, lying on thebacks with their legs in the air, or a pair of fighting individuals inthose positions). The net needs to surround the body and/or legs, beforeit is tightened. In cases where the fugitive is very combative, it maybe necessary to deploy the net after a Taser or other less lethal toolsare used. Other example uses include deploying onto a fugitive when thefugitive is laying on their back with their legs in the air. The net maybe thrown over the legs and tightened around the waist. The hobbies willclose in around the knees. If the fugitive stands up and tries to removethe net, a second net can be thrown over them.

To deploy the net over and around the fugitive, the net is thrown from acontainer by one officer who is standing behind the fugitive. The net isthrown above the fugitive and towards the second officer that on theopposite side, in front of the fugitive. The container prevents the netfrom tangling while in storage and directs the force of the throw sothat the net opens to its full circumference in a short distance. Aroundthe circumference are weighs that provide both forward and lateralmomentum during the throw and help to bring the net quickly towards theground around the fugitive. There are two adjacent cords running aroundthe circumference of the net. A cord, as used herein, may be any long,thin, flexible string or rope.

To start the process, the officer with the container places a breakawayshoulder strap over one shoulder and attaches the container to aquick-release clip at waist level. In this configuration the officer isable to be “hands free” before the net is deployed. When it is clearthat the net will be deployed the officer positions himself behind thefugitive and gabs the container, releasing it from the clip. The officerholds the container with both hands such that the two attached laserpointers are pointing at the fugitive. The lasers are turned on so thatthe laser beams create two dots on the back of the fugitive. Theofficers move towards or away from the fugitive until the two dotsconverge. At that position the officer is the proper distance from thefugitive so that the center of the net will land on the fugitive's head.

The Shoulder strap is attached to the start of the first cord isattached to a cord stop running through a cord ring, then throw thefirst one-way slip lock, around the circumference of the net backthrough the first one-way slip lock, through the first handle andterminates at the cord ring around the cord stop. The second cord startswith a weighted cord extension that terminates in a second handle. Theweighted cord extension will be next to the second officer on theopposite side after the net is deployed. The second cord starts in thesecond handle, runs through a second one-way slip lock, around thecircumference of the net, back through the second slip lock andterminates in the second handle.

To gather and lock the net, the two handles are pulled from opposite orsubstantially opposite sides of the net for several feet in opposite orsubstantially opposite directions away from the fugitive. By pulling thecords, the fugitive is trapped by the net and the cords in between thetwo officers. The locking mechanism on each cord slips as the cord istightened but locks in the opposite direction to prevent the net fromloosening.

In alternative embodiments, not shown, there may be only one officer anda first cord, or there may be two or more officers and two or morecords.

In addition to the cords that gather at the feet of the individual, thesystem also has two hobble cords that gather around the waist and arms.The cord around the waist keeps the individual from reaching into theirpockets which could conceal a weapon. The hobble cord around the arms isused, when necessary, to restrict the movement of the fugitive's arms.The net is a nonviolent system since the officers do not have to be inphysical contact with the fugitive to deploy the net or gather thecircumference to secure the fugitive.

In the case where the fugitive is standing and starts to run as the netis deployed, the net circumference may not reach down to the legs. Thesecond officer may not have time to grab the second handle as thefugitive starts to run. In that case, the cord that is attached to thefirst officer's shoulder strap will start to tighten like a lasso. Asthe fugitive is running, the circumference might move up the body andaround the neck as it is tightening.

To prevent choking, the cords run through spacer tubes around thecircumference of the net. When the net is fully tightened the spacertubes maintain a sufficient opening to prevent choking. In the unlikelyevent that the fugitive, with the net deployed over them, can climb intoa vehicle, the shoulder strap has a breakaway feature so that theofficer cannot be trapped and dragged by the cords.

There are two release threads that allow the net to be quickly opened.The first is at waist level so the police can grab the individual'shands for handcuffing. After the individual is under control, the fullnet is quickly released from the fugitive by removing the second releasethread and pulling the net over the individual's head. The full net canthen drop to the ground.

In another deployment configuration, the net can be used to capture andsecure individuals in confined spaces such as schools and court rooms.The net will be cylindrically shaped with the top end closed. In thisconfiguration the sides of the net will be stored in a ring shapedcontainer which is approximately three feet in diameter. At the base ofthe net will be cords that are deployed in the same manner as describedabove.

The net and deployment system can also be used to restrain and secureanimals, birds and fish. In these cases only a single cord attached tothe thrower may be required.

Aspects of the present invention will now be described in greater detailwith reference to FIGS. 1-39. In particular, an example containmentsystem will be described with reference to FIGS. 1-12, an exampledeployment system will be described with reference to FIGS. 13-16, anexample method of loading the containment system within the deploymentsystem will be described with reference to FIGS. 17-20 and a method ofdeploying the containment system from the deployment system will bedescribed with reference to FIGS. 21-29.

A containment system 100 in accordance with aspects of the presentinvention will now be described with reference to FIG. 1-12.

FIG. 1 illustrates containment system 100 in accordance with aspects ofthe present invention.

As shown in the figure, containment system 100 includes a user end 102,a central portion 104 and an assistant end 106. User end 102 will firstbe described in greater detail with additional reference to FIGS. 2-3,wherein central portion 194 will then be described in greater detailwith reference to FIGS. 4-11 and assistant end 106 will finally bedescribed in greater detail with reference to FIG. 12.

FIG. 2 illustrates an exploded view of user end 102.

As shown in the figure, user end 102 includes a breakaway shoulder strap202, a user cord extension 204, a user cord stop 206, a cord ring 207, auser handle 208, a user cord 210 and a user one-way cord lock 212.Breakaway shoulder strap 202 includes a quick-release clip 214, a lassohandle 216 and a releasable fastening component 218.

Breakaway shoulder strap 202 is attached to cord extension 204. In anexample embodiment, each of cord extension 204 and user cord 210 is highstrength parachute cord (i.e., paracord).

Breakaway shoulder strap 202 enables user end 102 to be worn by a user.Quick-release clip 218 attaches to a deployment system, as will bediscussed in greater detail below, to maintain an anchored connectionwhen initially deploying containment system 100 and to easily disconnectfrom the deployment system shortly thereafter. Breakaway shoulder strap202 is one non-limiting example embodiment of a breakaway feature. Inother embodiments, a shoulder strap may be carried around the officer'swaist or a quick-release clip and cord with a breakaway feature may beattached directly to the officer's duty belt.

User cord extension 204 provides an extension from breakaway shoulderstrap 202 to user handle 208. User cord extension 204 may be adjusted,for example by +/− two feet, to accommodate the characteristics of thefugitive, the user, and/or the deployment location.

User cord stop 206 may he any device or system that prevents user cordextension 204 from passing through cord ring 207 when user handle 208 isbeing pulled away from the fugitive, yet allows cord ring 207 to releasefrom user cord stop 206, acting like a lasso loop, in the event the.fugitive runs away from the officers before they can grub user handle208 and an assistant handle as will be described later. In the casewhere the fugitive is running from the officers, lasso handle 216 isgrabbed.

User handle 208 enables a user to quickly find and grasp user cord 210.It should be noted that user handle 208 is not required. However, userhandle 208 reduces the strain on the user's hands.

User cord 210 extends from user handle 208, around central portion 104and back to user handle 208. When pulled by user handle 208, user cord210 constricts central portion 104, as will be discussed in greaterdetail below.

Releasable fastening component 218 may be any device or system enablesbreakaway shoulder strap 202 to disengage from a user. For example, inan unlikely event that containment system 100 is snagged on a movingvehicle, or a fugitive wearing containment system 100 enters a vehicleto drive away, a user will not be dragged along with containment system100. In an example embodiment, releasable fastening component 218includes a hook and loop system, e.g., Velcro or the like, attached tomating portions of breakaway shoulder strap 202.

One-way cord lock 212 may be any device or system that permits one-waymovement of user cord 210 and that includes an unlocking mechanism toenable two-way movement.

FIG. 3 illustrates an exploded view of user one-way cord lock 212.

As shown in the figure, user one-way cord lock 212 includes a cordentrance 302, a cord exit 304, a cord entrance 306, a cord exit 308, alock/release mechanism 310, a lock/release mechanism 312 and anon-locking opening 314.

User cord 210 runs from cord stop 206 (not shown), into cord entrance302, past lock/release mechanism 310, out cord exit 304, around centralportion 104, returns into cord entrance 306, past lock release mechanism312, out cord exit 308 and returns to user handle 208 before terminatingin cord ring 207.

By pulling user handle 208, the amount of user cord 210 between cordentrance 302 and user handle 208 and the amount of user cord 210 betweencord exit 308 and user handle increases, while the amount of user cord210 between cord exit 304 and cord entrance 306, i.e., the amount ofuser cord 210 around central portion 104, decreases. As such, user cord210 constricts central portion 104 when user handle 208 is pulled.

Lock/release mechanism 310 and lock/release mechanism 312 permit aone-way movement of user cord 210. In this manner, once constrictedaround central portion 104, central portion 104 cannot be widenedwithout unlocking at least one of lock/release mechanism 310 andlock/release mechanism 312.

Central portion 104 will now be described in greater detail withreference to FIGS. 4-11.

FIG. 4 illustrates an exploded view of central portion 104.

As shown in the figure, central portion 104 includes: a conical net 402;a primary weight 404; lateral weights 406, 408, 410, 412, 414 and 416;monofilament lines 418, 420, 422, 424, 426 and 428; weighted springs430, 432, 434, 436, 438, and 440; a plurality of spacer tubes, anexample of which is labeled as spacer tube 442; soft weights 458 and460; a mid-level hobble 462; an upper-level hobble 464; a mid-level netrelease 466; and an upper-level net release 468.

Conical net 402 has a circumference 470, a center 472, a side portion474 and side portion 476. In an example embodiment, conical net 402. isa truncated cone using a double angle conical shape with a short taperfrom the top to shoulder area and a long taper from the shoulder to theground.

It should be noted that arty shaped net may be used. A conical net,having, a circular cross section when deployed over a fugitive, isdescribed throughout for purposes of discussion only. In the eventanother shaped net is used, a perimeter of such a net would correspondto the circumference of a conical net.

In this non-limiting example embodiment, conical net 402 is made ofstrong, flexible net material (i.e., sports netting). In an exampleembodiment, conical net 402 has a base diameter of approximately sixfeet and an apex of approximately seven feet. Conical net 402 is thrownover a fugitive so that net center 472, when deployed, will bepositioned approximately on top of the fugitive.

It should be noted that in other non-limiting example embodiments,conical net 402 may be replaced with a flexible sheet such as made fromfabric material or plastic with boles dispersed throughout.

FIG. 5 illustrates an exploded view of lateral weight 406 of containmentsystem 100.

Each of lateral weights 406, 408, 410, 412, 414 and 416 may be attachedto one monofilament lines 418, 420, 422, 424, 426 and 428, respectively.Each of monofilament lines 418, 420, 422, 424, 426 and 428 passesthrough to one of weighted springs 430, 432, 434, 436, 438 and 440,respectively, and is attached to circumference 470 of conical net 402.

Alternatively, lateral weights 406 408, 410, 412, 414 and. 416 may beattached, directly or indirectly, to circumference 470 in other ways, aswill be known by those skilled in the art.

Lateral weights 406, 408 and 410 are positioned on side 474 ofcircumference 470 spaced 45 apart and lateral weights 412, 414 and 416are positioned on side 476 spaced 45° apart. Of course, each of side 474and side 476 may have more or fewer lateral weights disposedsymmetrically therearound without departing from the spirit or scope ofthe present invention.

Lateral weights 406, 408 and 410 will generally he pulled in a directiontoward side 474 by the force applied by lateral weights 406, 408 and 410from an outward thrust of deployment, as will be described in detailbelow. Similarly, lateral weights 412, 414 and 416 will generally bepulled in a direction toward side 476 by the force applied by lateralweights 412, 414 and 416 from an outward thrust of deployment, as willbe described in detail below.

Lateral weights 406, 408, 410, 412, 414 and 416 are attachedcircumference 470 of conical net 402 by way of respective monofilamentlines 418, 420, 422, 424, 426 and 428, As such, the spreading of lateralweights 406, 408, 410, 412, 414 and 416 fully opens conical net 402 overthe fugitive when deployed.

Weighted springs 430, 432, 434, 436, 438 and 440 provide two functions.First, weighted springs 430, 432, 434, 436, 438 and 440 provideadditional weight to assist in spreading open conical net 402 over thefugitive when deployed. Secondly, weighted springs 430, 432, 434, 436,438 and 440 provide tension to the respective lateral weights 406, 408,410, 412, 414 and 416 when containment system 100 is stored in adeployment system as will be described in greater detail below.

FIG. 6 illustrates an exploded view of soft weight 458.

In an example embodiment, soft weights 458 and 460 are disposed on anaxis that include center 472. Soft. weight 458 has a tab 602 attachedthereto, for detachable attachment to a deployment system, as will bedescribed in greater detail below. Soft weight 460 (not shown) has asimilar tab attached thereto, for detachable attachment to thedeployment system.

Soft weights 458 and 460 are attached to conical net 402 at a positionbetween center 472 and circumference 470 and equidistant between userend 102 and assistant end 106.

Soft weights 458 and 460 move forward when conical net 402 is deployedand stop their forward trajectory when conical net 402 and user cordextension 204 are stretched to their limit. That will be a positiondirectly over the fugitive. Soft weights 458 and 460 will also be pulledto each side by the force to the lateral weights plus outward thrust ofthe deployment system since tab 181 and the tab for soil weight 460 (notshown) will be attached. The side load on soft weights 458 and 460 keepscenter 472 of conical net 402 open so that conical net 402 does not getcaught on the fugitive's shoulders.

As an analogy of the function of soft weights 458 and 460, imaginepulling on a long pair of socks, with the foot point into the air. Insuch a situation, the closed end of the sock would likely fall to oneside or the other of the foot, making it hard to pull the sock totallyonto the foot. To avoid this situation, a person might grab closer tothe closed end of the sock, near the toes of the food to help slip theclosed end of the sock totally onto the foot. In the case of softweights 458 and 460, they help pull center 472 of conical net 402 overthe head and shoulders of the fugitive.

FIG. 7A illustrates an exploded view of spacer tubes of containmentsystem 100.

The plurality of spacer tubes, an example of which is labeled as spacertube 442, are disposed around circumference 470. Any number of spacertubes may be used. In an example embodiment, eight spacer tubes areincluded, wherein each is approximately 3 inches long. User cord 210 andan assistant cord pass through each of these spacer tubes.

The spacer tubes prevent conical net 402 from closing so tight as tochoke the entrapped fugitive. For example, there may be an instancewhere conical net 402 fails to completely drape of the body of afugitive or the fugitive tries to pull conical net 402 off, and onlydrapes around the head of the fugitive. If completely constrictedwithout spacer tubes disposed around circumference 470, there is achance that the fugitive might be choked. With the spacer tubes disposedaround circumference 470 in accordance with aspects of the presentinvention, a constriction of conical net 402 limited to prevent suchchoking.

FIG. 7 illustrates an exploded view of a constricted conical net 402with spacer tubes, preventing choking of a fugitive.

Another aspect of the present invention is drawn to mid-level hobble462, which is used to restrict the ability of the fugitive to reach intotheir pants pockets.

FIG. 8 illustrates an exploded view of mid-level hobble 462.

As shown in the figure, mid-level hobble 462 includes a mid-level hobblecord 802, a mid-level hobble lock 804 and a plurality of spacer tubes, asample of Which is indicated as spacer tube 806. Mid-level hobble cord802 is disposed at a. position between circumference 470 and center 472.

Mid-level hobble lock 804 may be any device or system that permitsone-way movement of mid-level hobble cord 802. In an example embodiment,mid-level hobble lock 804 has the same structure as user one-way cordlock discussed above with reference to FIG. 3.

As shown in the figure, mid-level hobble cord 802 is attached to userhandle 208 and passes through mid-level hobble lock 804. The cord entersthe net at a point directly in front of user handle 208 (not shown) andmid-way between center 472 and circumference 470 conical net 402.Mid-level hobble cord 802 is associated with a full circle of conicalnet 402 in any known manner that will enable constriction of conical net402. In an example embodiment, mid-level hobble cord 802 weaves in andout of both net openings and the plurality spacer tubes, includingspacer tube 806. In an example embodiment, eight spacer tubes are used,each of which having a length of three inches. The end of mid-levelhobble cord 802 finishes where it started in conical net 402 and isattached to mid-level hobble lock 804. This configuration acts like alasso to tighten around the waist of the fugitive.

Another aspect of the present invention is drawn to upper-level hobble464, which is used to restrict the fugitive's arms.

FIG. 9 illustrates an exploded view of upper-level hobble 464.

As shown in the figure, upper-level hobble 464 includes an upper-levelhobble cord 902 and an upper-level hobble lock 904. Upper-level hobblecord 902 is disposed at a position between mid-level hobble cord 802 andcenter 472.

Upper-hobble lock 904 may be any device or system that permits one-waymovement of upper-level hobble cord 902. In an example embodiment,upper-level hobble lock 904 has the same structure as user one-way cordlock discussed above with reference to FIG. 3.

As shown in the figure, the end of upper-level hobble cord 902 is notattached to anything. Upper-level bobble cord 902 passes throughupper-level hobble lock 904 then enters conical net 402 approximately 12inches above mid-level hobble lock 804. Upper-level hobble cord 902 isassociated with a full circle of conical net 402 in any known mannerthat will enable constriction of conical net 402. In an exampleembodiment, upper-level hobble cord 902 weaves in and out of conical net402 openings around circumference 470 staying 12 inches above mid-levelhobble cord 802. The end of upper-level hobble cord 902 finishes whereit started in conical net 402 and is attached to upper-level hobble lock904. This configuration also acts like a. lasso to tighten around thearms of the fugitive. Upper-level hobble 464 may be only used when thefugitive is thrashing around their arms.

Another aspect of the present invention is drawn to mid-level netrelease 466, which is used to open conical net 402 so that the officerscan reach the fugitive's wrists to secure handcuffs.

FIG. 10 illustrates an exploded view of mid-level net release 466.

As shown in the figure, mid-level net release 466 includes a mid-levelslit 1002, a mid-level release thread 1004, a mid-level release threadclip 1006 and a mid-level release thread grip 1008.

As shown in the figure, mid-level slit 1002 is disposed between center472 and circumference 470. In an example embodiment, mid-level slit 1002in conical net 402 is approximately two feet in length and runs fromapproximately six inches below mid-level hobble lock 804 toapproximately six inches above upper-level hobble lock 904. In anexample embodiment, mid-level release thread grip 1008 and mid-levelrelease thread clip 1006 are the same color for ease of operation.Mid-level release thread clip 1006 is attached to conical net 402 at apoint next to the base of mid-level slit 1002. Mid-level release thread1004 is secured by mid-level release thread clip 1006 and then weavesthrough openings of conical net 402 along mid-level slit 1002 so thatmid-level slit 1002 is closed. The top of the release thread 1004 isterminated in mid-level release thread grip 1008, which is located onthe outside of conical net 402 and is too large to go through theopenings in conical net 402.

It should be noted that mid-level slit 1002, mid-level release thread1004, mid-level release thread clip 1006 and mid-level release threadgrip 1008 may be replaced with a zipper or other such system, as will beapparent to those skilled in the art.

Another aspect of the present. invention is drawn to upper-level netrelease 468, which is used to open conical net 402 so that the officerscan remove conical net 402 from the fugitive.

FIG. 11 illustrates an exploded view of upper-level net release 468.

As shown in the figure, upper-level net release 468 includes anupper-level slit 1102, an upper-level release thread 1104, anupper-level release thread clip 1106 and an upper-level release threadgrip 1108.

Upper-level slit 1102 is disposed from center 472 to a position betweencenter 472 and circumference 470. In an example embodiment, upper-levelslit 1102 runs from the top of mid-level slit 1002 to center 472 ofconical net 402. In an example embodiment, upper-level release threadgrip 1108 and upper-level release thread clip 1106 are the same colorfor ease of operation. Upper-level release thread clip 1106 is attachedto conical net 402 at a point near to mid-level release thread grip1008. Upper-level release thread 1104 is secured by upper-level releasethread clip 1106 and then weaves through the openings of conical net 402along upper-level slit 1102 so that upper-level slit 1102 is closed. Thetop of upper-level release thread 1104 is terminated in upper-levelrelease thread grip 1108, which is located on the outside of conical net402 and is too large to co through the openings in conical net 402.

It should be noted that upper-level slit 1102, upper-level releasethread 1104, upper-level release thread clip 1106 and upper-levelrelease thread grip 1108 may be replaced with a zipper system.

FIG. 12 illustrates an exploded view of assistant end 106.

As shown in the figure, assistant end 106 includes an assistant cord1202 an assistant one-way cord lock 1204, an assistant handle 1206, anassistant handle extension 1208 and an assistant handle weight 1210.

Assistant handle weight 1210 will generally be pushed away from user endby the force applied by handle weight 1210 from an outward thrust ofdeployment, as will be described in detail bellow. Assistant handleweight 1210 provides an additional manner for an assistant to gripassistant end 106 once deployed.

Adjacent to assistant one-way cord lock 1204 is primary weight 404,which in some embodiments has a soft covering, and which is attached toconical net 402.

Assistant handle extension 1208 provides an extension from assistanthandle weight 1210 to assistant handle 1206. In an example embodiment,assistant handle extension 1208 provides approximately a three footextension from assistant handle weight 1210 to assistant handle 1206.This extension allows the assistant to grab assistant handle weight 1210at a safe distance from the fugitive. If an assistant initially gripsassistant handle weight 1210, the assistant may use assistant handleextension 1208 to easily grip user handle 1206.

Assistant handle 1206 enables the assistant to quickly find and graspassistant cord 1202. It should be noted that assistant handle 1206 isnot required. However, assistant handle 1206 reduces the strain on theassistant's hands.

Assistant cord 1202 extends from assistant handle 1206, around centralportion 104 and back to assistant handle 1206. When pulled by assistanthandle 1206, assistant cord 1202 constricts central portion 104, as willbe discussed in greater detail below.

Assistant one-way cord lock 1204 may be any device or system thatpermits one-way movement of assistant cord 1202 and that includes anunlocking mechanism to enable two-way movement. In an exampleembodiment, assistant one-way cord lock 1204 has the same structure asuser one-way cord lock discussed above with reference to FIG. 3.

User one-way cord lock 212 and assistant one-way cord lock 1204 areattached to circumference 470 of conical net 402, so as to be separatedfrom one another by approximately 180°. User cord 210 and assistant cord1202 run adjacent to each other around circumference 470 of conical net402. User cord 210 and assistant cord 1202 are associated withcircumference 470 of conical net 402 in any known manner that willenable constriction of conical net 402. In sonic embodiments, user cord210 and assistant cord 1202 weave around circumference 470 of conicalnet, each looping in and out of adjacent net openings. In someembodiments, user cord 210 and assistant cord 1202 are disposed throughtubes or rings that are attached around circumference 470 of conicalnet.

Assistant handle extension 1208 and assistant handle weight 1210 areattached to assistant handle 1206. This provides additional distancebetween the assisting officer and the fugitive when containment system100 is deployed.

An example deployment system 1300 for deploying containment system 100in accordance with aspects of the present invention will now bedescribed with reference to FIGS. 14-21.

FIG. 13 illustrates example deployment system 1300 in accordance withaspects of the present invention.

Deployment system 1300 includes a targeting system 1302, a securingmechanism 1304, a quick. release slot 1306, a left shell 1308 and aright shell 1310. Left shell 1308 includes: a left grip 1312 leftalignment tabs 1314, 1316, 1318 and 1320; left launch pads 1322, 1324and 1326; and a left soft weight spring clip 1328 (not shown). Rightshell 1310 includes: a right grip 1330 (not shown); right alignment tabs1332, 1334, 1336 and 1338; right launch pads 1340, 1342 and 1344; andright soft weight spring clip 1346 (not shown).

Targeting system 1302 may be any system or device that is able toindicate to a user a predetermined distance from the fugitive for whichthe user should be standing to deploy containment system 100. In anexample embodiment, a user should be approximately eight feet away froma fugitive when containment system 100 is deployed. This eight footdistance enables a short flight time of containment system, whileconcurrently maintaining distance from the fugitive. In someembodiments, the predetermined distance may be adjusted by any knownsystem or method.

In an example embodiment, targeting system 1302 includes a Riser 1348and a laser 1350. Laser 1348 and laser 1350 may be mounted to either ofleft shell 1308 or right shell 1310 in a parallel or non-parallelmanner. In particular, laser 1348 and laser 1350 may be mounted suchthat a laser beam from laser 1348 converges with a laser beam from laser1350 at the predetermined distance. In this light, it should be notedthat some embodiments would include an adjustment mechanism to adjustthe relative angle between laser 1348 and laser 1350 so as to adjust thepredetermined distance.

Containment system 100 is carried in a deployment system 1300. Securingmechanism 1304 may be any device or system that secures left shell 1308to right shell 1310. In an example embodiment, securing mechanismincludes a bungee cord having one end attached to one of left grip 1312and right grip 1330 and a second and having a hook that hooks onto theother of right grip 1330 and left grip 1312.

Quick release slot 1306 may be any system or device that is able todetachably attach to attaching portion 506 of breakaway shoulder strap202. In an example embodiment, attaching portion 506 is a male shapeditem, whereas quick release slot 1306 is a female shaped slot arrangedto receive attaching portion 506.

Each of left grip 1312 and right grip 1330 may be any device thatenables a user to hold left shell 1308 and right shell 1310,respectively, and to pull left shell 1308 from said right shell 1310 soas to release containment system 100.

FIG. 14 illustrates deployment system 1300 in an opened state.

Left alignment tabs 1314, 1316, 1318 and 1320 and right alignment tabs1332, 1334, 1336 and 1338 may be any known form that enables left shell1308 to mate with right shell 1310, but maintain an easy disengagementbetween left shell 1308 and right shell 1310. In some exampleembodiments, left alignment tabs 1314, 1316, 1318 and 1320 are a femaleform designed to receive and right alignment tabs 1332, 1334, 1336 and1338, which have a corresponding male form. In some example embodiments,left alignment tabs 1314, 1316, 1318 and 1320 are a male form designedto insert into right alignment tabs 1332, 1334, 1336 and 1338, whichhave a corresponding female form. In some example embodiments, some ofleft alignment tabs 1314, 1316, 1318 and 1320 are a female form designedto receive and corresponding number aright alignment tabs 1332, 1334,1336 and 1338, which have a corresponding male form, and the remainingportion of left alignment tabs 1314, 1316, 1318 and 1320 are a male formdesigned to insert into a corresponding number of right alignment tabs1332, 1334, 1336 and 1338, which have a corresponding female form.

FIG. 15 illustrates an exploded view of launch pad 1322 and launch pad1340.

A launch pad, e.g., launch pad 1322, may be any device or system thatcan receive a lateral weight and that can direct a velocity of thelateral weight in a direction to encourage the opening of conical net402. In deployment system 1300 a single launch pad is designed andarranged to receive a single lateral weight by way of a single linenotch. However, in other non-limiting example embodiments, a singlelaunch pad may have a plurality of line notches to receive a pluralityof lateral weights. Further, in other non-limiting example embodiments,a single launch bad may have a plurality of line notches to receive asingle lateral weight in one of a plurality of positions.

FIG. 16 illustrates an exploded view of left soft weight spring clip1328.

Left soft weight spring clip 1328 and right soft weight spring clip 1346may be any device or system that is able to detachably retain softweight tabs 181 and 182 of soft weights 458 and 460.

Left shell 1308 is arranged to mate with right shell 1310. In an exampleembodiment, alignment tabs 1314, 1316, 1318 and 1320 of left shell 1308and alignment tabs 1332, 1334, 1336 and 1338 of right shell 1310 keepleft shell 1308 aligned with right shell 1310 when deployment system1300 is closed. The inside of deployment system 1300 is open and smoothso that conical net 402 will not snag on any edges.

The placement of containment system 100 in deployment system 1300 ismost important to prevent snags and tangles. An example method ofplacement of containment system 100 in deployment system 1300 will nowbe described with reference to FIGS. 17-20.

FIG. 17 illustrates a first step of placement of containment system 100in deployment system 1300.

As shown in the figure, the first step is to place left shell 1308 andright shell 1310 side by side such that launch pads 1362, 1324 and 1326of left shell 1308 are furthest from launch pads 1340, 1342 and 1344 ofright shell 1310. Conical net 402 is laid flat on the ground with theup-facing left shell 1308 disposed at user end 102. Start placingcontainment system 100 by putting user handle 208 and cord stop 206 inright shell 1310. User cord extension 204 remains outside of deploymentsystem 1300.

FIG. 18 illustrates a following step of placement of containment system100 in deployment system 1300.

As shown in the figure, the portion of conical net 402 that extendsbeyond left shell 1308 and right shell 1310 are folded in an accordionfashion on top of the portion of conical net 402 that is already placedin left. shell 1308 and right shell 1310. Then conical net 402 islayered from each side towards the middle in au accordion configurationuntil lateral weights 406, 408 and 410 are left outside of left shell1308. Whereas lateral weights 412, 414 and 416 are left outside of rightshell 1310. At left shell 1308, lateral weight 406 is aligned withlaunch pad 1362, lateral weight 408 is aligned with launch pad 1324 andlateral weight 410 is aligned with launch pad 1326. At right shell 1310,lateral weight 412 is aligned with launch pad 1340, lateral weight 414is aligned with launch pad 1342 and lateral weight 416 is aligned withlaunch pad 1344.

Primary weight 404, assistant one-way cord lock 1204 and assistanthandle 1206 are placed on top of conical net 402 in the middle front ofthe pile. Soft weights 458 and 460 are laid on top of conical net 402and the soft weight tabs 181 and 182 are attached to soft weight springclips 1328 and 1346 respectively,

Lateral weights 406, 408, 410, 412, 414 and 416 are placed within theirrespective launch pads. Monofilament lines 418, 420, 422, 424, 426 and428 are placed in their respective grooves. Weighted springs 430, 432,434, 436, 438, and 440 are disposed within left shell 1308 and rightshell 1310 so as to provide tension on monofilament lines 418, 420. 422,424.426 and 428, which in turn provide tension on lateral weights 406,408, 410, 412, 414 and 416, to keep lateral weights 406, 408, 410, 412,414 and 416 within their respective launch pads.

Then assistant handle 1206 and assistant handle weight 1210 are placedon top of layered conical net 102. It is beneficial if conical net 102is layered from side to side as opposed to top to bottom. This willincrease the spread of lateral weights 406, 408, 410, 412, 414 and 416during deployment.

FIG. 19 illustrates a final step of placement of containment system 100in deployment system 1300.

As shown in the figure, left shell 1308 and right shell 1310 are closedtogether. In an example embodiment securing mechanism 1304 is a bungeecord or other similar device having one end affixed to left shell 1308 areleasable trigger on the other end, wherein the releasable trigger maybe affixed to right shell 1310.

When containment system 100 is correctly placed in deployment system1300, each of lateral weights 406, 408, 410, 412, 414 and 416 arelocated in the outside cavity of their respective launch pad and therespective monofilament line is placed in the lateral weight receivinggroove of the launch pad. For example as shown in FIG. 20, lateralweight 406 is disposed within lateral weight receiving, groove 1002.Deflecting wall 1004 has monofilament line notch 1006 to receivemonofilament line 418.

Weight springs 430, 432, 434, 436, 438 and 440 are compressed and pushedbetween left shell 1308 and right shell 1310. The closed left shell 1308and right shell 1310 hold the springs 430, 432, 434, 436, 438 and 440 inplace. Due to the compression of springs 430, 432, 434, 436, 438 and440, lateral weights 406, 408, 410, 412, 414 and 416 will remain inplace within respective launch pads 1362, 1324, 1326, 1340, 1342 and1344.

Alignment tabs 1314, 1316, 1318 and 1320 of left shell 1308 are matedwith alignment tabs 1332, 1334, 1336 and 1338 of right shell 1310. Anyknown system or method of alignment may be employed in accordance withaspects of the present invention. The deployment system 1300 is nowready to deploy containment system 100.

A method of deploying containment system 100 from deployment system 1300will now be described with additional reference to FIGS. 21-39.

FIG. 21 illustrates an officer 2102 with deployment system 1300.

Officer 2102 with quick release slot 1306 secured to attaching portion506. User cord extension 204 is attached to the shoulder strap 202. Usercord extension 204 can be adjusted to a set length which will determinethe proper distance between officer 2102 and the fugitive.

FIG. 22 illustrates officer 2102 with deployment system 1300, anassisting officer 2202 and a fugitive 2204 at a time t₁.

The process of restraining and securing fugitive 2204 starts withassisting officer 2202 distracting fugitive 2204, while officer 2102carries deployment system 1300 into position behind fugitive 2204.Officer 2102 actuates targeting system 1302 towards fugitive 2204.

FIG. 23 illustrates the operation of targeting system 1302 at a time t₂.As shown in the figure, two laser beam dots 2302 and 2304 are displayedon the back of fugitive 2204.

Laser 1348 and laser 1350 are mounted on an angle to each other suchthat the laser beams converge at a set distance from fugitive 2204. Theconvergence point can be set by officer 2102 by adjusting the lasermounting angle. The mounting angle is set to match the adjustment madeto cord extension 204, Officer 2102 moves toward or away from fugitive2204 until the laser beams converge. That indicates that officer 2102 isat the proper distance to deploy containment system 100.

In an example embodiment, by releasing a trigger attached to grip 1312,officer 2102 releases a lock spring that keeps left shell 1308 and rightshell 1310 of deployment system 1300 in a “ready to throw”configuration.

FIG. 24 illustrates launching of containment system 100 from deploymentsystem 1300 at a time t₃.

As shown in the figure, with the container lock spring released,containment system 100 can be launched from deployment system 1300 witha forward and upward motion. The arms of officer 2102 must also separatefrom each other to provide a sideward thrust to lateral weights 406,408, 410, 412, 414 and 416.

FIG. 25 illustrates containment system 100 starting to surround fugitive2204 at a time t₄.

As shown in the figure, as conical net 402 moves forward, lateralweights 406, 408, 410, 412, 414 and 416 provide the momentum. to bringconical net 4112 to its full diameter. User cord extension 204 andbreakaway shoulder strap 202 limit the forward movement of conical net402.

FIG. 26 illustrates containment system 100 continuing to surroundingfugitive 2204 at a time t₅.

As shown in the figure, primary weight 404 is disposed at or nearcircumference 407 of assistant end 106. In this manner, primary weight404, which is the heaviest weight, carries conical net 100 beyondfugitive 2204 and onto the ground. In an example embodiment, primaryweight 404 is displaced a distance away from circumference 470. Thelength of user cord extension 204 determines the distance that userhandle 208 lands from officer 2102. The distance ranges from four toeight feet depending on the length of user cord extension 204.

FIG. 27 illustrates containment system 100 surrounding fugitive 2204 ata time t₆.

As shown in the figure, officer 2102 drops deployment system 1300 andprepared to grab user handle 208, Assisting officer 2202 prepares tograb assistant handle extension 1208 and pulls it until assistingofficer 2202 can reach assistant handle 1206. This whole sequence takesonly a few seconds.

FIG. 28 illustrates containment system 100 being constricted aroundfugitive 2204 at a time t₇.

As shown in the figure, as assisting officer 2202 moves away fromfugitive 2204 with assistant handle 1206, assistant cord 1202 pulls userone-way cord lock 212 towards fugitive 2204. Similarly, as officer 2102moves away from fugitive 2204 with user handle 208, user cord 210 pullsassistant one-way cord lock 1204 towards fugitive 2204. User one-waycord lock 212 enables one-way movement of user cord 210 therethroughwhen pulled upon by officer 2102 by way of user handle 208 so as toconstrict conical net 402 at circumference 470. Similarly, assistantone-way cord lock 1204 enables one-way movement of assistant cord 1202therethrough when pulled upon by assisting officer 2202 by way ofassistant handle 1206 so as to constrict conical net 402 atcircumference 470.

The constriction of circumference 470 captures fugitive 2204. Thecapture is best performed if officer 2102 and assisting officer 2202keep user handle 208 and assistant handle 1206 low to the ground inorder to have conical net 100 gather as low as possible on fugitive2204.

Fugitive 2204 is secured when officer 2102 and assisting officer 2202have moved as far as possible away from fugitive 2204. User cord 210 andassistant cord 1202 are tight around fugitive 2204 and user one-way cordlock 212 and assistant one-way cord lock 1204 prevent conical net 100from loosening. Because user cord 210 and assistant cord 1202 havetightened and locked around fugitive 2204, officer 2102 and assistingofficer 2202 can hold user handle 208 and assistant handle 1206 tomaintain a maximum distance to keep fugitive 2204 from attacking them orescaping.

FIG. 29 illustrates mid-level hobble 462 of containment system 100 beingemployed against fugitive 2204 at a time t₈.

As shown in the figure, after user handle 208 and assistant handle 1206are pulled to the full extent away from fugitive 2204, officer 2102 (oranother officer that is available) grabs and pulls mid-level hobble cord802 so that it tightens around the waist of fugitive 2204. The hands offugitive 2204 should be above mid-level hobble 462 before mid-levelhobble cord 802 is tightened.

FIG. 30 illustrates maid-level hobble 462 being fully tightened aroundfugitive 2204 at a time t₉.

As shown in the figure, mid-level hobble cord 802 is fully tightenedaround the waist of fugitive 2204 waist by pulling mid-level hobble cord802 through mid-level hobble lock 804 until mid-level hobble lock 804 isagainst the waist of fugitive 2204. Note that assisting officer 2202still has control of assistant handle 1206, which keeps assistant cord1202 tight around the legs of fugitive 2204.

FIG. 31 illustrates another view of mid-level hobble cord 802 aroundfugitive 2204 at time t₉.

As shown in the figure, in this position, fugitive 2204 is unable toreach their hands into their pants pockets where a weapon could behidden.

FIG. 32 illustrates upper-level hobble 464 of containment system 100being employed against fugitive 2204 at a time t₁₀.

As shown in the figure, if fugitive 2204 continues to thrash their armsaround, upper-level hobble cord 902 can be pulled in tight around thearms of fugitive 2204. Upper-level hobble 464 is locked in place byupper-level hobble lock 904.

FIG. 33 illustrates another view of upper-level hobble cord 902 aroundfugitive 2204 at time t₁₀.

As shown in the figure, in this position, fugitive 2204 has their armsconstricted and the hands cannot reach into their pants pockets. Iffugitive 2204 still does not calm down, any officer can grab conical net100 and pull fugitive 2204 to the ground (not shown). Breakaway shoulderstrap 202 can be used as an additional hobble around the feet offugitive 2204 if they continue to kick (not shown).

FIG. 34 illustrates the use of mid-level net release 466 at a time t₁₁.

As shown, in the figure, the next step is to handcuff fugitive 2204.This is done by opening mid-level slit 1002 of mid-level net release 466in conical net 402. Officer 2.102 (or another officer) releasesmid-level release thread 1004 from. mid-level release thread clip 1006and the pulls on mid-level release thread grip 1008. Mid-level releasethread grip 1008 may be any device that enables a user to find and holdmid-level release thread 1004, but is of a sufficient size and shape soas to prevent the end of mid-level release thread 1004 from unweavingthrough net 402. In an example embodiment, mid-level release thread grip1008 is a ring having a circumference that is larger than an opening inconical net 402.

When mid-level release thread 1004 is fully removed from conical net402, mid-level slit 1002 in the middle of the back will open.

FIG. 35 illustrates releasing of upper-level hobble 464 at a time t₁₂.

As shown in the figure, if upper-level hobble 464 has been secured,upper-level hobble lock 904 will need to be released so that upper-levelhobble cord 902 can be loosened.

FIG. 36 illustrates accessing the hands of fugitive 2204 throughmid-level slit 1002 at a time t₁₃.

As shown in the figure, the officer that has opened mid-level netrelease 466 now has access to the wrists of fugitive 2204 to applyhandcuffs.

FIG. 37 illustrates releasing fugitive 2204 via upper-level slit 1102 ata time t₁₄.

As shown in the figure, the final step is to release fugitive 2204 fromcontainment system 100. Normally this is done after fugitive 2204 ishandcuffed, but in some cases, fugitive 2204 may need to be releasedbecause of a medical or other emergency. Both cases are handled the sameway. It is not necessary to open mid-level slit 1002 in order to releasefugitive 2204 from containment system 100. Upper-level hobble cord 902should be released so that conical net 402 will drop to the ground, onceupper-level slit 1102 in conical net 402 is opened. Officer 2102 (oranother officer) may release upper-level release thread 1104 fromupper-level release thread clip 1106 and then pull on upper-levelrelease thread grip 1108. Upper-level release thread grip 1108 may beany device that enables a user to find and hold upper-level releasethread 1104, but is of a sufficient size and shape so as to prevent theend of upper-level release thread 1104 from unweaving through net 402,In an example embodiment, upper-level release thread grip 1108 is a ringhaving a circumference that is larger than an opening in conical net402.

When upper-level release thread 1104 is fully removed from containmentsystem 100, upper-level slit 1102 in the top of conical net 402 willopen.

FIG. 38 illustrates removing conical net 402 from fugitive 2204 at atime t₁₅.

As shown in the figure, conical net 402 may then be pulled over the headof fugitive 2204.

FIG. 39 illustrates fully removing conical net 402 from fugitive 2204 ata time t₁₆.

As shown in the figure, conical net 402 can be pulled to the ground sothat fugitive 2204 can be step out of it. After deployment, all of thecomponents should be cleaned and inspected before repacking containmentsystem 100 for future deployment.

The above-discussed non-limiting example embodiments are used torestrain a fugitive. It should be noted that in a broader sense, aspectsof the present invention may be used to deploy a containment system onany target.

The foregoing description of various preferred embodiments have beenpresented for purposes of illustration and description. It is notintended to be exhaustive or to limit the invention to the precise termsdisclosed, and obviously many modifications and variations are possiblein light of the above teaching. The example embodiments, as describedabove, were chosen and described in order to best explain the principlesof the invention and its practical application to thereby enable othersskilled in the art to best utilize the invention in various embodimentsand with various modifications as are suited to the particular usecontemplated. It is intended that the scope of the invention be definedby the claims appended hereto.

What is claimed as new and desired to be protected by Letters Patent ofthe United States is:
 1. A containment system comprising: a net having aperimeter and a center; a first weight disposed at said perimeter; asecond weight disposed at said perimeter; a primary weight connected tosaid net; a user cord; and a user one-way cord lock; wherein said usercord is disposed through said user one-way cord lock and is associatedwith said perimeter; wherein said user one-way cord lock enables one-waymovement of said user cord therethrough when said user cord is pulled soas to constrict said net at said perimeter and to prevent said net fromexpanding at said perimeter.
 2. The containment system of claim 1,further comprising: an assistant one-way cord lock; and an assistantcord disposed through said assistant one-way cord lock and associatedwith said perimeter, wherein said assistant one-way cord lock enablesone-way movement of said assistant cord therethrough when pulled upon soas to constrict said net at said perimeter.
 3. The containment system ofclaim 2, wherein said user one-way cord lock is disposed substantiallyon an axis including the center and the assistant one-way cord lock, andwherein the center is disposed between said user on-way cord lock andsaid assistant one-way cord lock.
 4. The containment system of claim 2,wherein said user one-way cord lock includes a first user cord entrance,a first user cord lock/release mechanism, a first user cord exit, asecond user cord entrance, a second user cord lock/release mechanism anda. second user cord exit, wherein said assistant one-way cord lockincludes a first assistant cord entrance, a first assistant cordlock/release mechanism, a first assistant cord exit, a second assistantcord entrance, a second assistant cord lock/release mechanism and asecond assistant cord exit wherein said user cord is disposed throughsaid first user cord entrance, through said first user cord lock/releasemechanism, through said first user cord exit, associated with saidperimeter, through said second user cord entrance, through said seconduser cord lock/release mechanism, and through said second user cordexit, and wherein said assistant cord is disposed through said firstassistant cord entrance, through said first assistant cord lock/releasemechanism, through said first assistant cord exit, associated with saidperimeter, through said second assistant cord entrance, through saidsecond assistant cord lock/release mechanism and through said secondassistant cord exit.
 5. The containment system of claim 4, furthercomprising: wherein said user one-way cord lock further includes a usernon-locking opening, wherein said assistant one-way cord lock furtherincludes an assistant non-locking opening, wherein said user cord isthither disposed through said assistant non-locking opening, and whereinsaid assistant cord is further through said user non-locking opening. 6.The containment system of claim I, further comprising: a mid-levelhobble lock; and a mid-level hobble cord disposed through said mid-levelhobble lock and associated with said net at a position between saidperimeter and said center, wherein said mid-level hobble lock enablesone-way movement of said mid-level hobble cord therethrough so as toconstrict said net at the position between said perimeter and saidcenter, and wherein said plurality of spacer tubes limit a constrictionof said net at the position between said perimeter and said center. 7.The containment system of claim 1, further comprising: a plurality ofspacer tubes, wherein said mid-level hobble cord is additionallydisposed through said plurality of spacer tubes, and wherein saidplurality of spacer tubes limit a constriction of said net at theposition between said. perimeter and said center.
 8. The containmentsystem of claim 1, further comprising a soft weight connected to saidnet between said center and said perimeter.
 9. The containment system ofclaim 1, further comprising a second soft weight connected to said netbetween said center and said perimeter at a position equidistant fromsaid center as compared to said first soft weight and on an axisincluding said first soft weight and said center.
 10. The containmentsystem of claim 1, further comprising: a breakaway shoulder strap,wherein said breakaway shoulder strap includes a strap to be worn arounda shoulder of a user and a detachable fastening mechanism.
 11. Thecontainment system of claim 1, further comprising: an upper-level hobblelock; and an upper-level hobble cord disposed through said upper-levelhobble lock and associated with said net at a position between saidperimeter and said center, wherein said upper-level hobble lock enablesone-way movement of said upper-level bobble cord therethrough so as toconstrict said net at the position between said perimeter and saidcenter.
 12. The containment system of claim 1, further comprising: amid-level net release including a mid-level slit, a mid-level releasethread, a mid-level release thread clip and a mid-level release threadgrip, wherein said mid-level slit is disposed between said, center andsaid perimeter, wherein said mid-level release thread has a first endand a second end and is woven in said net between sides of saidmid-level slit, wherein said mid-level release thread clip is connectedto said first end of said mid-level release thread and operable todetachably fasten to said net, and wherein said mid-level thread grip isattached to said second end of said mid-level release thread.
 13. Thecontainment system of claim 1, further comprising: an upper-level netrelease including an upper-level slit, an upper-level release'thread, anupper-level release thread clip and an upper-level release thread grip,wherein said upper-level slit is disposed from said center to a positionbetween said center and said perimeter, wherein said upper-level releasethread has a first end and a second end and is woven in said net betweensides of said upper-level slit, wherein said upper-level release threadclip is connected to said first end of said upper-level release threadand operable to detachably fasten to said net, and wherein saidupper-level thread grip is attached to said second end of saidupper-level release thread.
 14. The containment system of claim 1,further comprising: a plurality of spacer tubes, wherein said user cordis additionally disposed through said plurality of spacer tubes, andwherein said plurality of spacer tubes limit a constriction of said netat said, perimeter.
 15. A deployment system for deploying a containmentsystem by a user toward an assistant and onto a fugitive disposedbetween the user and the assistant, the containment system including asaid deployment system comprising a net, a first lateral weight, asecond later weight, a first line and a second line, the first lateralweight being connected to a first side of the net via the first line,the second lateral weight being connected to a second side of the netvia the second line, said deployment system comprising: a left shell; aright shell; a first launch pad disposed at said left shell; a secondlaunch pad disposed at said right shell; and a securing mechanism,wherein said left shell is arranged to mate with said right shell so asto house the net, wherein said seeming mechanism is operable to securesaid left shell to said right shell to maintain housing of the net,wherein said first launch pad is arranged to receive the first lateralweight, and wherein said second launch pad is arranged to receive thesecond lateral weight.
 16. The deployment system of claim 15, furthercomprising: a left grip disposed on said left shelf; and a right gripdisposed on said right shell, wherein said securing mechanism isadditionally operable to disengage said left shell from said right shellsuch that a pulling of said left grip from said right grip separatessaid left shell from said right shell so as to release the containmentsystem.
 17. The deployment system of claim 15, wherein said first launchpad comprises a lateral weight receiving groove, a deflecting wall and anotch, wherein said lateral weight receiving groove is arranged toreceive the first lateral wall and a notch, wherein said deflecting wallis arranged to direct a velocity of the first lateral weight, andwherein said notch is arranged to receive the first line from the net tothe first lateral weight when the first lateral weight is disposedwithin said lateral weight receiving groove.
 18. The deployment systemof claim 17, wherein said second launch pad comprises a second lateralweight receiving groove, a second deflecting wall and a second notch,wherein said second lateral weight receiving groove is arranged toreceive the second lateral weight, wherein said second deflecting wallis arranged to direct a velocity of the second lateral weight, andwherein said second notch is arranged to receive the second line fromthe net to the second lateral weight when the second lateral weight isdisposed within said second lateral weight receiving groove.
 19. Thedeployment system of claim 15, further comprising a targeting systemoperable to indicate, to a user, a predetermined distance from a target.20. The deployment system of claim 19, wherein said targeting systemcomprises a first laser and a second laser; wherein said first laser isoperable to generate a first laser beam, wherein said second laser isoperable to generate a second laser beam, wherein said first laser isdisposed at a predetermined angle relative to said second laser suchthat the first laser beam converges to the second laser beam at thetarget when the user is disposed at the predetermined distance from thetarget.